Original source · versioned page text
Attachment 9- Lighting Impact Assessment
Very large file (30.3 MB): the original may take a few minutes to open or download. The page text below is quick to read.
Original PDF page 13, section 1. The text section number identifies this passage in the reader.
7 EVALUATION OF SITE LIGHTING PERFORMANCE
Section 7 provides an overview of evaluations of the site lighting system.
1.1. Vertical illuminance Levels
Analysis of resultant vertical illumination in the direction of the analysis site was undertaken by AGI32
version 20.11 at the site boundary line in all directions. No value exceeded the required 25 lux initial was
measured. COMPLIANT
1.2. Threshold Increment
Threshold Increment has been evaluated using computer modelling with AGI32 version 20.11 software.
All surrounding and internal roads where analysis as per the method outlines in AS/NZS4282-2019 at an
adaptation level of 5 applied. COMPLIANT
1.3. Sky glow Upward Light Ratio
Calculation of the lighting model and IES formatted photometric file provided shows a compliant level of
0.00% with all luminaires installed as per STK01239-E01A. COMPLIANT
1.4. Luminous Intensity
Analysis of resultant luminous intensity in the direction of the analysis site was undertaken by AGI32
version 20.11 at the site boundary line in all directions. No value exceeded the required 2,500 cd initial.
COMPLIANT
7.5. Signage
No signage plans have been established for this site. We have drawn from the relevant standards, limits
to be placed on the illumination of signage to ensure compliance. All internally and externally illuminated
signage must be limited to 350 cd/m² (full white sign) and not include any dynamic images with a dwell
time less than 10 seconds with a luminance change of no more than 30%. All externally illuminated
signage must be lit from above. COMPLIANT when installed as per section 7.5.
8. CERTIFICATION
The proposed external lighting is compliant with all relevant standards, having been installed as per the
design and light control systems in place refer STK01239-E01A.
rr u
ubb ii d
Trent Dutton FIES RLP #2007
Principal Lighting Engineer
Rubidium Light
ll ii g
gh d ii u
h tt umm
13 | P a g e www.rblight.com.au
See the original
The page text is free to read. Viewing or downloading an original file needs an account.
Log in to see the originalLog in to download the original file
The download may take a few minutes. On mobile data, it is best to wait for Wi-Fi.